Rule 4 - For a given flow, the Friction Loss varies inversely as the fifth power of the diameter of the hose. We can represent this rule with a function as well. FL = K/D5 Where FL is the total Friction Loss, K is the Friction Loss coefficient in PSI, and D is the diameter of the hose in inches. For this situation, we will continue to use the Friction Loss coefficient (K) of 15 psi. Create a third table on sheet 2 like the table from rules 2 and 3. Choose the location of the table that best fits your lab. Your table headings should be Diameter (in inches) and Friction Loss (in PSI). Given the Friction Loss coefficient of 15 psi and the diameter of the hose between 1 and 2 inches, create a table with 10 different diameters and use excel to determine the total Friction Loss for each